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Global Collaboration GRO Program

GRO Winners

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  • view 2013 GRO
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For 2013 GRO, we have accepted proposals in 57 subjects under 14 research themes and 74 award winning proposals are selected as below. (The winners will be contacted by telephone or email by a Samsung representative)

2013 GRO Winners
Theme Proposal Title University Name
Big Data and & Network Building People-Centric ………………….. University of Texas at Austin
Privacy Protection in Cloud-………………….. University of Illinois at Urbana Champaign (UIUC)
Towards Building Secure and Trustworthy ………………….. University of Maryland,
Baltimore County
IO Optimizations for ………………….. University of California, Riverside
Towards Proactive Context-…………….. University of Maryland
Designing Information Capsules to …………….. University of Michigan
Robust Energy-Efficient Data Center Resource …………….. The University of Western Ontario
A Platform for Green …………….. The University of Melbourne
Beyond features: Bayes-Optimal Hierarchical Networks …………….. University of California¸
San Diego
Computational Science Multi-scale Simulation Study of …………….. Carnegie Mellon University
Bottom-up computational design of efficient …………….. University of Alicante
Probing Hot Electron Dynamics by …………….. Columbia University
Theory assisted library and inverse design for …………….. Duke University
New generation of CT-QMC algorithms …………….. Moscow State University
High-temperature DFT…………….. University of Cambridge
Next Generation Computing Context-dependent computation with …………….. University of Zurich
Neuromorphic Computing-…………….. University of Turku
A Benchmark Study of Cognitive Computing: …………….. Stanford University
Circuit and Architecture Co-Design for …………….. University of Minnesota
Data Storage Embracing SSDs with Effective System Interfaces for …………….. Ohio State University
Display & Vision 4D Ray-Labeled Backplanes for …………….. Northwestern University
Multi-Cue 3D Depth Estimation from…………….. University of California¸ Berkeley
Big Screen Smart De-noising with …………….. Cornell University
Matching the asymmetric characteristics of…………….. University of Connecticut
Compressive Wide Field of View…………….. Massachusetts Institute of Technology
Image Super Resolution Using …………….. University of Illinois at Urbana Champaign (UIUC)
Integrating Explicit Image Regularization and …………….. Northwestern University
Energy Atomic Scale Visualization of Fluorine and …………….. IIT Madras
Understanding and Reducing Dendritic Growth in …………….. Boston University
In-Situ Neutron Activation Mapping of…………….. State University of New York, Binghamton
Chemically-Resolved, Real-time Imaging of …………….. Stanford University
High Capacity Metal Fluorides and …………….. University of Illinois at Urbana Champaign (UIUC)
Electroactive Polymer Nanocomposites for …………….. Pennsylvania State University
Multifunctional thermal switch via …………….. University of California¸ Berkeley
Intelligent monitoring and safety management …………….. University of Cambridge
Bio Large-scale, CSMA-based…………….. University of California¸
San Francisco
Massively parallel single cell …………….. University of California¸
San Francisco
Metabolic Engineering Engineering a metabolic platform for…………….. University of Minnesota
Engineering Novel Metabolic Pathways for…………….. Washington University in
St. Louis
Medical Technology Computational Modelling of…………….. Technical University of Munich
Intraocular Micro-Raman Implants for …………….. California Institute of Technology
Towards a non-invasive continuous …………….. Purdue University
Hair-Thin High-Resolution…………….. Stanford University
Wavelength-Modulated Differential …………….. University of Toronto
Feasibility Research on Stationary …………….. Stanford University
Aging Establishing the elements and operation of …………….. University of Wollongong
Identifying cellular quality control pathways responsible…………….. University of Washington
Mechanisms of Hormesis: Life Extension…………….. University of California¸
San Francisco
Epigenetic control of somatic retrotransposition…………….. Brown University
New Materials New materials for stable and…………….. University of Birmingham
HIGH PERFORMANCE, BULK …………….. Beijing University of Technology
Theoretical Investigation of the Degradation Mechanisms…………….. Georgia Institute of Technology
Purely Organic Blue Phosphorescent Materials for …………….. University of Michigan
Rare Earth-Free Nanoparticles for…………….. University of Delaware
Work function Tuning of Conducting …………….. Georgia Institute of Technology
Polarized light emitting display…………….. Nanyang Technological University
Quantum Dot Heterostructures with …………….. University of Chicago
Next-Generation Metal-Organic…………….. University of Oxford
Stereoregular Polyphosphonates and …………….. The University of Edinburgh
Development of Low-Temperature, Solution-Phase …………….. Duke University
Sensor Technology SmArt sensors For …………….. Consorzio INSTM - University of Messina
Colorimetric E-…………….. University of California¸ Berkeley
Mesoporous Graphene …………….. University of Illinois at Urbana Champaign (UIUC)
Orthogonal Sensing of …………….. Georgia Institute of Technology
Affordable Breath Analyses for …………….. University of Texas at Dallas
Smart Device Full-Color Sub-Micron …………….. University of Michigan
High Efficiency Sub-Micron Size Full Color …………….. McGill University
Multimodal integration of emotional cues by users …………….. IIIT Hyderabad
GlaciAR: GLAss-enabled …………….. University of Bristol
Scalable 3D Object …………….. Technical University of Munich
Chelada : Integrating the Web with …………….. Carnegie Mellon University
IC Technology Tri-gate and Nanowire …………….. Massachusetts Institute of Technology
Low Phase Noise Design Techniques for …………….. Tokyo Institute of Technology
Best X-factors for …………….. University College London
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